PULSAR MERGER DUO NXP50 Thermal Binocular
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| Main centres: | 1-3 business days |
| Regional areas: | 3-4 business days |
| Remote areas: | 3-5 business days |
| Main centres: | 1-3 business days |
| Regional areas: | 3-4 business days |
| Remote areas: | 3-5 business days |
Sensor : 640x480 pix. @ 17 µm (Thermal) | CMOS 1920x1200 (Digital)
Objective Lens : F50/1.0 (Thermal) | F50/1.4 (Digital)
Magnification : 3 24 (Thermal) | 2 16 (Digital)
Field of View (HxV), Degrees/m@100m :12.4°/ 21.8m (Thermal) | 17.5°/ 30.7m (Digital)
Detection Range :1800 (Thermal Detection)
The Pulsar Merger Duo Multispectral Binoculars Support Several Observation Modes.
The Thermal Image Mode is Used for Animal Detection and Observation in any Weather Conditions, while the Digital Image Mode Maintains Improved Target Identification Capability in Full HD Resolution.
The Picture in Picture Function Allows Images from Both Optical Channels to be Displayed Simultaneously, Prioritizing the Thermal or Digital Image.
Highly Sensitive 640×480 Pixel @ 17 µm Thermal Imaging Sensor with NETD <25mK Ensures Stunning Thermal Image Quality and Perfect Detail Recognition Even in the Hardest Weather Conditions, when Thermal Contrast is Low.
The Smallest Temperature Differences will be Clearly Visible During the Rainfall, Fog or Cold Mornings, in the Most Difficult Conditions for Thermal Imager.


The Image Generated by the Merger Duo NXP50 Digital Night Channel Features High Definition and High Quality Detail Processing. Silhouettes, Anatomical Differences, Behavioral Peculiarities HD Resolution Electronics Display the Trophy Qualities of an Animal, Giving the Hunter the Information Needed for Good Decision Making on a Shot.
The Merger Duo NXP50 Comes with an Attachable Invisible 940 nm IR Illuminator with Adjustable Spot Positioning.
It Increases the Image Detail in the Digital Channel During a Pitch Black Night, Making the Device Among the Most Powerful and Simply the Best Multispectral Binoculars in the Market.
Use the Brightness and Contrast Adjustments to Maximize the Detail and Informative Value of the Image in Specific Observation Conditions.
The User Mode Function Saves Selected Brightness and Contrast Settings in the Device's Memory, Providing Optimal Image Quality for the Next Use of the Thermal Imager Immediately, with No Additional Adjustments Needed.